Physics-QA135

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These questions are designed to assess your understanding of the whole module, in particular the parts not assessed by the other exercises.
 
All questions carry equal marks. Make sure you use SI units even where I do not and answer to 3 significant figures. Write your answer on this sheet in the boxes provided unless otherwise specified.
 
1-6 Identify (use a key and coloured pencils) different types of multiple and other artefacts on this seismic section and name the method you would use to suppress them On CMP gathers a reflection hyperbola is observed at the following two-way times as a function of offset: x=1000m, t=0.7345 s; x=2000m, t = 1.078 s; x= 4000m, t = 1.798 s?
 
7. Find the seismic velocity down to the reflector?
 
8. What is the depth to the reflector?
 
9. At what two-way travel time will the simple multiple of this reflector appear at an offset of 4000m?
 
10. A ray approaches a plane interface, through rock of velocity 2800 m/s at an angle of incidence of 35°. If the velocity of the rock below the interface is 5000 m/s, what happens to the ray at the interface and why?
 

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11. In a reversed refraction experiment (shot first in one direction then in the opposite direction) over a dipping refractor, up dip and down dip velocities are respectively 2500 and 2000 m/s.?
 
12.Estimate the velocity of the layer below the interface Over an interface known to be horizontal, the refraction results shown are found?
 
13. Calculate the depth to the interface?
 
14. Calculate the critical distance?
 
15. Calculate the crossover distance?
 
16. On the graph above, sketch the form of the reflection from the interface, giving its travel time at the y-axis and showing how it relates to the critical distance?
 
17.You have been contracted to dig a well in Western Australia and have collected the following resistivity sounding data with a Wenner array over a sandstone with porosity of 40%.?
 
18. How deep must the well be to reach the water?
 
19. What is the resistivity of the water you will reach?
 
20. Is the water likely to be potable?
 
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